Taper external thread gas brazier copper adapter brass connector 7mm nominal diameter internal thread connection type for gas charging applications gold colour household use fuel connection fitting
7mm nominal diameter brass taper external thread gas brazier copper adapter for household gas charging

This brass adapter serves as a connection point in gas charging systems, specifically designed with a taper external thread configuration that interfaces with internal thread fittings. Measuring 7mm in nominal diameter and finished in a gold colour, the 150g component provides a practical solution for domestic gas applications where secure fuel line connections are required between equipment with differing thread types. Its brass construction offers inherent properties suitable for gas fittings without additional treatment claims beyond the material specification.
Features and Construction

The adapter's design focuses on creating reliable connections in gas charging scenarios through specific dimensional and material choices. With a nominal diameter of 7mm and weighing 150g, it represents a manageable component for installation while providing the necessary interface between equipment.
Material and Build
Constructed from brass, this adapter benefits from the material's natural corrosion resistance and machinability, which are relevant properties for gas fitting applications where consistent performance and ease of installation matter. The gold colour finish indicates the brass material without additional plating or coating claims beyond the visible appearance.
Size and Practical Fit
With a 7mm nominal diameter, this adapter fits within standard sizing conventions for gas fittings, providing a specific measurement point for compatibility assessment. The taper external thread design creates a sealing interface when mated with corresponding internal thread components, establishing a connection method suited to pressure applications in gas systems.
Uses and Placement

Designed for gas charging applications in household environments, this adapter addresses connection requirements between equipment with differing thread configurations. Its application scope centres on family or domestic settings where gas equipment requires secure, reliable fittings between components.
Event or Professional Use
While primarily intended for household use, the adapter's brass construction and specific thread design make it suitable for various gas charging scenarios beyond strictly domestic applications. The 7mm nominal diameter represents a standard size that interfaces with common gas equipment fittings, providing consistency in connection methodology.
Everyday Home Use
In family settings, this adapter facilitates gas system maintenance and equipment connection where taper external threads meet internal thread fittings. The gold colour and brass material provide visual and practical characteristics appropriate for household gas applications without specialist installation requirements beyond basic fitting procedures.
Benefits and Buying Value

The adapter offers specific dimensional compatibility and material suitability for gas charging applications, providing a focused solution for connection challenges between equipment with differing thread types. Its value derives from precise sizing and material choice rather than broad performance claims.
Reuse and Low Maintenance
Brass construction offers inherent durability characteristics relevant to gas fittings, potentially supporting multiple installation cycles when handled appropriately. The material's properties may contribute to longevity in household gas applications without specific lifespan claims beyond the material specification.
Why Choose This Product
This adapter provides a specific solution for gas charging connections where a 7mm taper external thread requires interfacing with an internal thread fitting. Its brass construction and gold finish offer material and visual characteristics suited to household gas applications, presenting a focused component for particular connection scenarios.
